1. Manuals
  2. Brands
  3. Inrevium Manuals
  4. Computer Hardware
  5. TB-7Z-IAE
  6. Hardware user manual

Inrevium TB-7Z-IAE Hardware User Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
TB-7Z-IAE Hardware User Manual
Hardware User Manual
No reproduction or republication of part or the whole of the contents of this document is strictly
prohibited.
The company name and the product name described in this document is a trademark or a
registered trademark of each company.
Tokyo Electron Device Limited assumes no responsibility or liability for any damages, including,
but not limited to, any special, incidental, or consequential damages arising out of any error in
publication or the use of this document.
The content of this document may be changed without prior notice.
Rev.1.05
TB-7Z-IAE
Rev.1.05
1

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the TB-7Z-IAE and is the answer not in the manual?

Questions and answers

Related Manuals for Inrevium TB-7Z-IAE

Summary of Contents for Inrevium TB-7Z-IAE

  • Page 1 TB-7Z-IAE Hardware User Manual TB-7Z-IAE Hardware User Manual Rev.1.05 No reproduction or republication of part or the whole of the contents of this document is strictly prohibited. The company name and the product name described in this document is a trademark or a registered trademark of each company.
  • Page 2 TB-7Z-IAE Hardware User Manual Revision History: Version Date Description Publisher Rev.1.00 2015/04/22 Initial Version Kiguchi Rev.1.04 2015/10/06 Update for TB-7Z-IAE Rev3 Kiguchi Added information : 3. Feature Updated information : 7. Main Specification Added information : 8. Board Specification Added information : 10.2. Power supply structure Updated information : 10.3.

  • Page 3: Table Of Contents

    Related documents:........................9 Overview ............................9 Feature ............................9 Glossary of Terms ........................10 Block Diagram ..........................11 External View of TB-7Z-IAE....................... 12 Main Specification ........................13 Board Specification........................14 Address Map ..........................14 10. Description of Components ....................... 16 10.1.
  • Page 4 Figure 10-10  PS_POR_B_MR timing ..................32 Figure 10-11  Example of user board connection ..............33 Figure 10-12  TB-7Z-IAE fixing screw hole ................. 36 Figure 10-13 Connection between a screw hole and the ground ..........37 Figure 10-14  RJ45 connector ..................... 38 Figure 10-15 ...
  • Page 5 TB-7Z-IAE Hardware User Manual List of Tables Table 7-1 Main specification ......................13 Table 10-1 Onboard device specification ..................16 Table 10-2 Thermal resistance ......................17 Table 10-3 Zynq clock input ......................21 Table 10-4 Board status LED ......................22 Table 10-5 B2B connector pin assignment ..................
  • Page 6 Thank you for purchasing the “TB-7Z-IAE” board. This user manual contains important information when it is used in development and functional evaluation of the TB-7Z-IAE board. Before using the product, be sure to carefully read this user manual and fully understand how to correctly use the product.
  • Page 7 TB-7Z-IAE Hardware User Manual Warning In the event of a failure, disconnect the power supply. If the product is used as is, a fire or electric shock may occur. Disconnect the power supply immediately and contact our sales personnel for repair.
  • Page 8 TB-7Z-IAE Hardware User Manual Caution Do not use or place the product in the following locations.  Humid and dusty locations  Airless locations such as closet or bookshelf  Locations which receive oily smoke or steam  Locations exposed to direct sunlight ...

  • Page 9: Related Documents

     Jumper short pin x 4 2. Overview This product is an embedded module TB-7Z-IAE with Xilinx’s Zynq®-7000 All Programmable SoC device (hereafter referred to as Zynq) for use of industrial networking products. 3. Feature High performance embedded module consolidating Zynq and peripheral devices ...

  • Page 10: Glossary Of Terms

    4. Glossary of Terms The following is a supplementary explanation about the terms used in this document.  Board-to-Board User Board  Mother board designed by user which is equipped with TB-7Z-IAE Zynq  Abbreviation of Zynq-7000 All Programmable SoC Zynq PS ...

  • Page 11: Block Diagram

    TB-7Z-IAE Hardware User Manual 5. Block Diagram Figure 5-1 shows a TB-7Z-IAE block diagram. Figure 5-1  TB-7Z-IAE block diagram Rev.1.05...

  • Page 12: External View Of Tb-7Z-Iae

    TB-7Z-IAE Hardware User Manual 6. External View of TB-7Z-IAE Figure 6-1 shows the external view of the TB-7Z-IAE board. Figure 6-1  Component side Figure 6-2 Solder side Rev.1.05...

  • Page 13: Main Specification

    TB-7Z-IAE Hardware User Manual 7. Main Specification Table 7-1 shows the main specification of the TB-7Z-IAE board. For details and part number, refer to the respective sections. Table 7-1 Main specification TB‑7Z‑IAE  Model Number SoC Device Zynq AP SoC 512MByte SDRAM 1,066Mbps ...

  • Page 14: Board Specification

    TB-7Z-IAE Hardware User Manual 8. Board Specification Figure 8-1 shows the TB-7Z-IAE board specification. External dimensions: 64.5 mm (W) x 85.0 mm (H) Number of layers: 12 layers, IVH Board thickness: 1.8 mm Material: FR-4 Surface treatment: Electroless Gold Plating Figure 8-1 ...

  • Page 15: Figure 9-1  System Address Map

    TB-7Z-IAE Hardware User Manual Figure 9-1 shows the TB-7Z-IAE address map. This address map is a basic setting. It may be changed dependent on the software that will be executed by Zynq. For the address map actually installed, refer to the reference design manual and information provided from the OS vendor.

  • Page 16: Description Of Components

    Description of Components 10.1. Zynq The TB-7Z-IAE board is equipped with Zynq model number XC7Z020-1CLG400I (industrial grade type). Zynq integrates a FPGA fabric in the ARM SoC. It allows the utilization of diversity of components from high performance processor to user-programmable logic as follows: Design of special interfaces such as industrial network ...

  • Page 17: Heat Sink (Optional)

    TB-7Z-IAE Hardware User Manual 10.1.1. Heat sink (optional) A dedicated passive heat sink is available as an option. It can effectively improve the problems of a heat value of the Zynq device. Consult our representative if needed. Figure 10-1  Heat sink...

  • Page 18: References

    TB-7Z-IAE Hardware User Manual 10.1.2. References The following lists the Zynq related documents. DS190, Zynq-7000 All Programmable SoC Overview http://www.xilinx.com/support/documentation/data_sheets/ds190-Zynq-7000-Overview.pdf DS187, Zynq-7000 AP SoC (7010 and 7020): AC and DC Switching Characteristics Data Sheet http://www.xilinx.com/support/documentation/data_sheets/ds187-XC7Z010-XC7Z020-Data-Sheet.p UG585, Zynq-7000 Technical Reference Manual (TRM) http://www.xilinx.com/support/documentation/user_guides/ug585-Zynq-7000-TRM.pdf...

  • Page 19: Power Supply Structure

    TB-7Z-IAE Hardware User Manual 10.2. Power supply structure Figure 10-2 shows the power supply structure. Figure 10-2  Power supply structure Rev.1.05...

  • Page 20: Figure 10-3  Recommended +5V Supply Voltage Timing

    TB-7Z-IAE Hardware User Manual The TB-7Z-IAE has an onboard power supply sequence controller. It can operate on a 5V power supplied through a B2B connector (CN901) from the user board. If you are outside the input voltage range, The TB-7Z-IAE does not work properly.

  • Page 21: Clock Structure

    TB-7Z-IAE Hardware User Manual 10.3. Clock structure The TB-7Z-IAE board has the following clock source (Figure 10-4). The words in parentheses show a signal name. Figure 10-4  Clock structure Table 10-3 Zynq clock input PLL Pin No. Signal Name Zynq AP SoC Pin...

  • Page 22: Board Status Led (Led1/Led201)

    TB-7Z-IAE Hardware User Manual 10.4. Board status LED (LED1/LED201) The current flow from the user board to the TB-7Z-IAE board can be monitored by the onboard LED (LED1). In addition, the TB-7Z-IAE board also provides another LED (LED201) which shows the completion of Zynq PL configuration after TB-7Z-IAE power up.

  • Page 23: B2B Connector (Cn901)

    The TB-7Z-IAE board has one B2B connector on the solder side. The connector is used to connect the TB-7Z-IAE board and a user board. Hot swapping is not allowed. Zynq PS MIO, Zynq PL IO (2.5/3.3V switchable), Zynq PL IO (3.3V fixed), USB 2.0, XADC input, RTC battery, power supply and ground pin are included.

  • Page 24: Figure 10-7  B2B Connector

    TB-7Z-IAE Hardware User Manual Figure 10-7  B2B connector Table 10-5 B2B connector pin assignment shows a pin assignment between B2B connector and Zynq. “Dir” shows the signal direction using Zynq as a yardstick. “DIFF P” shows the positive side and “DIFF N” shows the negative side in case of differential signaling.
  • Page 25 TB-7Z-IAE Hardware User Manual Connect to Zynq Description USER_IOP03 3.3 or 2.5V Zynq PL IO (DIFF P) USER_ION02 3.3 or 2.5V Zynq PL IO (DIFF N) MRCC※1 USER_ION03 3.3 or 2.5V Zynq PL IO (DIFF N) DGND Ground DGND Ground USER_IOP04 3.3 or 2.5V...
  • Page 26 TB-7Z-IAE Hardware User Manual Connect to Zynq Description USER_ION16 3.3 or 2.5V Zynq PL IO (DIFF N) USER_ION17 3.3 or 2.5V Zynq PL IO (DIFF N) DGND Ground DGND Ground USER_IOP18 3.3 or 2.5V Zynq PL IO (DIFF P) USER_IOP19 3.3 or 2.5V...
  • Page 27 TB-7Z-IAE Hardware User Manual Connect to Zynq Description USER_GIO11 3.3V Zynq PL IO DGND Ground DGND Ground PS_POR_B_MR 3.3V Reset IC Zynq Power On Reset (Active Low) USB_CPEN External 5V supply Enable for USB. PS_SRST 3.3V Zynq System Reset (Active Low)

  • Page 28: Input Power Source

    TB-7Z-IAE Hardware User Manual 10.5.1. Input power source The 5V input voltage from the user board is supplied through the B2B connector (CN901) on the reverse side. Figure 10-8  Power supply structure A repeated power off/on operation at a short interval is not supported.

  • Page 29: User_Iop00~23, User_Ion00~23

    The position of an onboard triangle mark specifies the pin number 1. Figure 10-9  2.5V Mode Setting Figure 10-10  2.5V Mode Setting Important: Turn off the power supply of the TB-7Z-IAE and the user board before performing the selection operation. Otherwise it may cause damage to these boards. Rev.1.05...

  • Page 30: User_Gio0~11

    TB-7Z-IAE Hardware User Manual 10.5.4. USER_GIO0~11 USER_GIO0~11 directly connect the Zynq PL IO and its operation depends on the user circuit. They are designed to cover a wide range of applications from low speed to high speed, for example, maximum rate of 100 Mbps can be realized per pin.

  • Page 31: User_Mio22, 23, 24, 25, 26, 27, 46, 47, 48, 49

    TB-7Z-IAE Hardware User Manual 10.5.5. USER_MIO22, 23, 24, 25, 26, 27, 46, 47, 48, 49 These connect the Zynq PS MIO directly, which can be connected to the PS I/O peripheral interface. In Table 10-7 Connectable PS I/O peripheral interface, the blank area shows the shows the connectable pins.

  • Page 32: Ps_Por_B_Mr, Ps_Srst

    TB-7Z-IAE Hardware User Manual 10.5.6. PS_POR_B_MR, PS_SRST It is possible to reset the TB-7Z-IAE Zynq from the user board (negative logic). PS_POR_B_MR: Power-on reset PS_SRST: System reset The extent of influence by each reset is as follows: PS_POR_B_MR  Zynq AP SoC PS_POR_B (inclusive of Debug info), USB PHY, Gigabit Ethernet PHY...

  • Page 33: Usb_Dp, Usb_Dm, Usb_Cpen, Usb_Vbus, Usb_Id

    This is a signal used to connect the USB PHY (Microchip’s USB3320 or equivalent) connected to the Zynq PS on the TB-7Z-IAE to the USB connector on the user board. No need to install the USB PHY on the user board.

  • Page 34: Vd Output

    TB-7Z-IAE Hardware User Manual 10.5.8. +3.3VD Output Pin 113 outputs 3.3V signal from the DCDC on the TB-7Z-IAE board. Important: In zynq, it is not recommended that the I/O is driven by an external circuit until the device VCCO starts up.

  • Page 35: Zynq, Usb - B2B Connector Schematic

    TB-7Z-IAE Hardware User Manual 10.5.10. Zynq, USB - B2B Connector schematic Rev.1.05...

  • Page 36: Fixing Screw Hole

    TB-7Z-IAE Hardware User Manual 10.6. Fixing screw hole The hole at each corner of the TB-7Z-IAE board can be used as a fixing screw hole to hold a user board. φ3.2 Screw hole diameter: φ7 Land diameter: Figure 10-13  TB-7Z-IAE fixing screw hole...

  • Page 37: Figure 10-13 Connection Between A Screw Hole And The Ground

    TB-7Z-IAE Hardware User Manual Each screw hole has a land connected to a signal ground. One of them is connected to the Fame ground of a RJ connector. Figure 10-14 Connection between a screw hole and the ground Rev.1.05...

  • Page 38: Gigabit Ethernet（Cn1002

    TB-7Z-IAE Hardware User Manual 10.7. Gigabit Ethernet（CN1002） The TB-7Z-IAE board is equipped with one 2-port Cat.5e RJ-45 connector capable of TIA/EIA-568-B. Figure 10-15  RJ45 connector This connector cable is hot swappable. The connector supports 100M/1000Gbps, auto negotiation and auto MDI/MDI-X.

  • Page 39: Table 10-8 R-J45 Connector Pin Assignment

    TB-7Z-IAE Hardware User Manual Table 10-7 shows the R-J45 connector pin assignment. Table 10-8 R-J45 connector pin assignment Signal Name Description 1_P1 TRD0+ TX/RX Channel 0 Positive Signal 2_P1 TRD0- TX/RX Channel 0 Negative Signal 3_P1 TRD1+ TX/RX Channel 1 Positive Signal...

  • Page 40: Figure 10-15  Gigabit Ethernet Peripherals

    TB-7Z-IAE Hardware User Manual Figure 10-16  Gigabit Ethernet peripherals Rev.1.05...

  • Page 41: Table 10-9 Zynq - Ethernet Phy Pin Assignment

    TB-7Z-IAE Hardware User Manual Table 10-9 shows the Zynq pin assignment. Table 10-9 Zynq – Ethernet PHY pin assignment Connect to Zynq Description Signal Name Pin LOC Bank Level GBE_MDIO 3.3V Management data IO of Gigabit Ethernet Ch0/1 GBE_MDC 3.3V...
  • Page 42 TB-7Z-IAE Hardware User Manual Connect to Zynq Description GBE0_TXD7 3.3V TX data7 of Gigabit Ethernet Ch0 GBE0_GTX_CLK 3.3V TX reference clock of Gigabit Ethernet Ch0 GBE0_TXCLK 3.3V TX clock of Gigabit Ethernet Ch0 GBE0_RXCLK 3.3V RX clock of Gigabit Ethernet Ch0 GBE0_RXDV 3.3V...

  • Page 43: Microsd Card Socket (Cn902)

    TB-7Z-IAE Hardware User Manual 10.8. microSD card socket (CN902) The TB-7Z-IAE board is equipped with one microSD card socket. Since all microSD card socket pins are connected to PS, this does not allow a direct connection from PL. Figure 10-17  microSD card socket [Operation of this function is confirmed with below.]...

  • Page 44: Figure 10-17  Method To Insert/Remove The Microsd Card

    TB-7Z-IAE Hardware User Manual The microSD card is not hot-swappable. Do not apply pressure to any part of the socket when the card is not inserted. The microSD card socket has a hinge type socket structure for card falling prevention.

  • Page 45: Jtag Connector (Cn201)

    TB-7Z-IAE Hardware User Manual 10.9. JTAG connector (CN201) The TB-7Z-IAE board is equipped with a connector that can connect Xilinx’s JTAG cable HW-USB-II-G. The JTAG connector is connected to the Zynq TAP controller, allowing access from the JTAG cable to Zynq PS/Zynq PL.

  • Page 46: User Led (Led301/Led302/Led303)

    TB-7Z-IAE Hardware User Manual 10.10. User LED (LED301/LED302/LED303) The TB-7Z-IAE board is equipped with 3 user-program controllable LEDs. Since all pins are connected to PS, this does not allow a direct connection from PL. Figure 10-21  User LEDs Table 10-10 shows the pin assignment between Zynq and LED.

  • Page 47: Ddr3 Sdram

    TB-7Z-IAE Hardware User Manual 10.11. DDR3 SDRAM The TB-7Z-IAE board is equipped with 2 DDR3 SDRAMs (Micron’s MT41K128M16JT-125 IT:K or equivalent), which are wired in a fly-by topology to the Zynq PS. They have a 32-bit data bus (shared address and control signal) with total capacity of 512 Mbyte and maximum data rate of 1,066 Mbps.

  • Page 48: Figure 10-22  Ddr3 Sdram Connections

    TB-7Z-IAE Hardware User Manual Figure 10-23  DDR3 SDRAM connections Rev.1.05...

  • Page 49: Qspi Flash

    TB-7Z-IAE Hardware User Manual 10.12. QSPI Flash The TB-7Z-IAE board has one QSPI NOR Flash Memory (Spansion’s S25FL128S or equivalent) connected to Zynq PS. S25FL128S specs   Cycling Endurance 100,000 Program-Erase Cycles on any sector typical  Data Retention ...

  • Page 50: F-Ram

    TB-7Z-IAE Hardware User Manual 10.13. F-RAM The TB-7Z-IAE board is equipped with one I2C Nonvolatile F-RAM (Cypress’s FM24CL64B or equivalent) connected to Zynq PL. FM24CL64B specs   High-endurance 100 trillion (1014) read/writes  Data retention [Ambient Temperature (TA)] TA=85℃ : 10-year TA=75℃...

  • Page 51: Table 10-11 Zynq - F-Ram Pin Assginment

    TB-7Z-IAE Hardware User Manual Table 10-11 shows the pin assignment between F-RAM and Zynq. “Dir” shows the signal direction using Zynq as a yardstick. Table 10-11 Zynq – F-RAM pin assginment Signal Name Zynq Pin Description DGND F-RAM Address 0...

  • Page 52: Rtc

    TB-7Z-IAE Hardware User Manual 10.14. RTC The TB-7Z-IAE board is equipped with one real time clock module (Epson’s RX-8564LC or equivalent) connected to Zynq PS/I2C. It provides a calendar, a time counter and a constant cycle timer interrupt showing year, month, day, hour, minute, and second.

  • Page 53: Figure 10-26  Rtc Battery Connection

    TB-7Z-IAE Hardware User Manual Table 10-12 shows the pin assignment between Zynq and RTC. “Dir” shows the signal direction using Zynq as a yardstick. Table 10-12 Zynq – RTC pin assignment Signal Name Zynq Pin Description No Connection No Connection...

  • Page 54: Boot Mode Setting (J303/J304)

    TB-7Z-IAE Hardware User Manual Boot Mode Setting (J303/J304) The TB-7Z-IAE board can be booted either by QSPI Flash or microSD card. The boot mode can be selected using a short jumper. Important: Turn off the TB-7Z-IAE board and the user board before performing the mode selection.

  • Page 55: Jtag Mode Setting (J305)

    JTAG Mode Setting (J305) The TB-7Z-IAE board allows the selection of the JTAG mode of Zynq. When the JTAG connector (CN201) on the TB-7Z-IAE board is used, set the JTAG mode to Cascade Mode. When ARM JTAG debugger is used via a B2B connector, set the JTAG mode to Independent Mode.

  • Page 56: Figure 12-2 Arm 20-Pin Type Jtag Reference Circuit

    TB-7Z-IAE Hardware User Manual The circuit shown in Figure 12-3 is an example of the ARM 20-pin type JTAG connector connected to the USER_MIO22/23/24/25 pin of a B2B connector. Figure 12-3  ARM 20-pin type JTAG reference circuit For details about JTAG mode, refer to XILINX’s UG585, Zynq-7000 Technical Reference Manual (Chapter 27).

  • Page 57: Default Factory Setting

    TB-7Z-IAE Hardware User Manual Default Factory Setting Figure 13-1 shows the default factory switch setting. Check the switch setting at the area enclosed in a blue line. Figure 13-1  Component side Table 13-1 Default setting No.  Jumper  Setting  Note  1 ...
  • Page 58 TB-7Z-IAE Hardware User Manual inrevium http://solutions.inrevium.com/ HEAD Quarter: Yokohama East Square, 1-4 Kinko-cho, Kanagawa-ku, Yokohama City, Kanagawa, Japan 221-0056 TEL: +81-45-443-4031 FAX: +81-45-443-4063 Contact: http://solutions.inrevium.com/contact/index.html Rev.1.05...

Table of Contents